Cisco 10 Gbps OC-192/STM-64 XFP Module

CiscoSKU: 10130814

Price:
Sale price$11,777.74

Description

Cisco 10 Gbps OC-192/STM-64 XFP Module

Experience enterprise-class reliability and blazing-fast fiber connectivity with the Cisco 10 Gbps OC-192/STM-64 XFP Module. This high-performance XFP transceiver is designed to deliver a robust, low-latency 10 Gbps serial link for OC-192/STM-64 networks, making it ideal for data centers, service providers, and metropolitan networks that demand consistent, scalable performance. Built to integrate seamlessly with Cisco devices, the XFP module consolidates the transmitter and receiver into a compact, hot-swappable package that supports Cisco’s rigorous standards for optical interoperability and diagnostics. Whether you’re upgrading core backbones, expanding a campus Aggregation Layer, or extending reach across a metro network, this XFP module provides the optical fidelity, reliability, and ease of management that IT and network engineers rely on in production environments. With integrated retiming on the transmit path, precise receive signal recovery, and diagnostic capabilities, you can monitor health and performance in real time while maintaining network uptime and service quality.

  • High-speed 10 Gbps OC-192/STM-64 connectivity: This XFP transceiver is engineered to carry scalable 10 Gigabit links across OC-192/STM-64 services, delivering dependable performance for backbone and core networks that demand dense, low-latency links.
  • Integrated TX/RX with retiming and laser driver: The module combines the transmitter and receiver into a single, compact unit. The transmit path retimes and drives the laser with precision, ensuring clean signal integrity over long distances and minimizing bit-error rates on high-bandwidth links.
  • Single-mode fiber compatibility with LC duplex interface: Optimized for SMF deployments, the XFP module uses a standard LC duplex connector and 1310 nm-class wavelengths to achieve reliable performance over long-haul links while maintaining compatibility with Cisco gear and standard fiber infrastructure.
  • Digital Diagnostics Monitoring (DDM) and health visibility: The XFP includes DDM support, giving operators real-time visibility into laser bias current, optical power, temperature, and supply voltage. This enables proactive maintenance and quicker fault isolation to protect service continuity.
  • Cisco-grade reliability and hot-swappable design: Engineered for carrier-grade networks and enterprise deployments, the XFP module offers hot-swappable installation on supported Cisco platforms. It enables flexible upgrades and minimizes downtime during maintenance windows while preserving existing network architecture.

Technical Details of Cisco 10 Gbps OC-192/STM-64 XFP Module

  • Product type: 10 Gbps XFP optical transceiver module
  • Data rate: 10 Gbps (OC-192/STM-64 compatible serial link)
  • Wavelength: 1310 nm class laser (typical) for SMF applications
  • Fiber type: Single-mode fiber (SMF)
  • Connector: LC duplex optical interface
  • Reach: Optimized for OC-192/STM-64 networking scenarios
  • Interface: XFP hot-pluggable form factor
  • Diagnostics: Digital Diagnostics Monitoring (DDM) supported
  • Operating environment: Designed to meet Cisco reliability and performance standards for enterprise and carrier deployments

How to Install Cisco 10 Gbps OC-192/STM-64 XFP Module

Installing the Cisco 10 Gbps OC-192/STM-64 XFP Module is straightforward when you follow proper handling and compatibility practices. Begin by verifying that your Cisco device and slot support XFP transceivers and OC-192/STM-64 optical services. Confirm the port type, slot availability, and firmware compatibility with your device’s software release to ensure seamless operation. When you’re ready to proceed, prepare your workspace with clean fiber cables, necessary safety precautions, and a static-free environment to protect the module and connectors.

Step 1: Identify the correct XFP slot on your Cisco device. Locate the dedicated 10 Gbps XFP port that matches the device’s port numbering and ensure the slot is free of obstructions. If your equipment supports hot-swapping, you can install the module with power on; otherwise, follow the device’s service manual for recommended power-down procedures.

Step 2: Handle the XFP module with care. Grasp the module by its edges, avoiding contact with the optical face or connector pins. Check that the ejector mechanism (if present) is in the open position to facilitate smooth insertion and removal. Do not apply excessive force during insertion; align the module with the slot and gently slide it into place until it seats securely. A click or a positive seating feel typically indicates proper engagement.

Step 3: Connect the optical fiber. Attach the LC duplex fiber optic patch cord to the module’s LC connectors, ensuring the transmit (Tx) and receive (Rx) ends are correctly oriented relative to your network path. If your network requires polarity reversal or flip, plan for that with the fiber layout and, if necessary, use cross-over or direct-connect configurations accordingly. Make sure the fiber connectors are clean and stored properly to avoid debris entering the receptacles.

Step 4: Verify physical and link status. After installation, observe the link indicators on the device or use the CLI to confirm the transceiver presence. A typical verification command sequence on Cisco devices includes checking the transceiver inventory and interface status (for example, show inventory or show interface transceiver details). Ensure the module reports the expected data rate and link status, and that there are no alarm or fault indicators on the interface.

Step 5: Validate performance with diagnostics. If your device supports Digital Diagnostics Monitoring (DDM), retrieve real-time measurements such as optical power, temperature, supply voltage, and bias current. Use these readings to verify that the optical link operates within normal ranges. If DDM thresholds are exceeded or drift is detected, investigate fiber integrity, connection cleanliness, or potential device issues. Consider running a short loopback test or monitoring frame statistics to confirm data integrity across the link.

Step 6: Optimize and document. Once the link is up, document the transceiver part number, firmware version, and the exact fiber path for future maintenance. For service providers or enterprise networks, update network diagrams and change management records to reflect the new OC-192/STM-64 link. If you encounter compatibility warnings, consult Cisco’s support resources or device-specific release notes to ensure there are no known issues with your hardware and software combination.

Tips for best results: handle optical components in a clean, static-free environment, never touch the exposed optical surface, and ensure that fiber connectors are capped when not in use. Maintain proper bend radius for fiber cables to preserve signal integrity, and consider spare parts such as cleaning kits and replacement LC connectors for ongoing maintenance. By following these steps, you’ll achieve a stable, high-performance 10 Gbps link suitable for demanding workloads and multi-service configurations.

Frequently asked questions

  • Q: Is this XFP module hot-swappable?

    A: Yes. The Cisco 10 Gbps OC-192/STM-64 XFP Module is designed for hot-swappable installation on supported Cisco platforms, allowing maintenance and upgrades with minimal downtime in many network environments.

  • Q: What fiber type and connector does it use?

    A: It is designed for single-mode fiber (SMF) with an LC duplex optical connector, adhering to common OC-192/STM-64 deployment practices for long-haul and metro networks.

  • Q: Does it support Digital Diagnostics Monitoring (DDM)?

    A: Yes, the module includes DDM support, enabling real-time visibility into optical power, temperature, bias current, and supply voltage for proactive health monitoring.

  • Q: What environments is this XFP module suitable for?

    A: It is built for enterprise data centers, service provider networks, and metropolitan backbones, delivering reliable performance in typical data-center and backbone deployment scenarios with Cisco equipment.

  • Q: How can I verify the module is functioning correctly after installation?

    A: Use device CLI commands to confirm transceiver presence and link status, review DDM readings for optical health, and test traffic flow across the link to ensure data integrity. If problems arise, check fiber cleanliness, connection polarity, and firmware compatibility.


Customer reviews

(0)

0 Out of 5 Stars


5 Stars
0
4 Stars
0
3 Stars
0
2 Stars
0
1 Star
0


Showing - Of Reviews


You may also like

Recently viewed